The results of this experiment have been confirmed by the experiments of Turneaure, who used 1.42 GHz masers and superconducting-cavity stabilized oscillators. That experiment improved upon the Vessot-Levine experiment that confirmed this experiment using a maser fired on a rocket. Further experiments by one of its namesakes and Snider led to more accurate results for this experiment, and it was performed in a tube filled with helium in order to reduce scattering. Central to this experiment were
The results of this experiment have been confirmed by the experiments of Turneaure, who used 1.42 GHz masers and superconducting-cavity stabilized oscillators. That experiment improved upon the Vessot-Levine experiment that confirmed this experiment using a maser fired on a rocket. Further experiments by one of its namesakes and Snider led to more accurate results for this experiment, and it was performed in a tube filled with helium in order to reduce scattering. Central to this experiment were two (*) iron crystals placed 74 feet apart, one of which served as an emitter of 14.4 KeV gamma rays, and the other of which absorbed the gamma ray. This experiment gave a value for gravitational redshift that was close to values predicted by Einstein's theory. For 10 points, identify this experiment performed by two scientists in the Jefferson Laboratory of Harvard.
The results of this experiment have been confirmed by the experiments of Turneaure, who used 1.42 GHz masers and superconducting-cavity stabilized oscillators.
{Pound}-{Rebka} experiment